Discover the outstanding performance data of SINBRAN® filter elements, a masterful synthesis of sintered, porous polyethylene and a highly functional laminated ePTFE membrane. These elements redefine efficiency in the filtration industry and are in use worldwide with tens of thousands of units – proof of their unrivalled reliability and performance.

With SINBRAN® filter elements, you can achieve peak separation rates in the removal of non-agglomerating dusts, and that with minimal pressure drop. Their unique design ensures unparalleled cleaning efficiency, even under the most challenging conditions, such as when the temperature falls below the dew point. In addition, SINBRAN® elements are characterised by their high mechanical stability, which ensures exceptionally long service lives – with documented operating times of over ten years.

Take advantage of the significant benefits of SINBRAN® technology in applications that require high filtration speeds, high dust loads and high mechanical stresses due to frequent pulse cleaning, as well as for the filtration of critical dusts.

SINBRAN® filter elements represent a future-oriented filtration solution that combines efficiency, durability and cost-effectiveness a single system.

The reliable separation of even the finest particles at a consistently low pressure drop enables a high level of process reliability.

Despite high filter surface loading and an abrasive product, low emission values were maintained over a long service life.

Despite the abrasive nature of the product, the low emission values can be maintained over a long service life.

The low pressure drop means that a consistently high extraction performance is achieved even at high filter surface loads, which allows the MAK values to be safely complied with.
With the help of a special design of the filter element, the low emission values could be safely maintained at a constant differential pressure in an existing system.
Thanks to the very good cake release from the filter surface, the system achieves a constantly low pressure drop, thus enabling long service lives. After process faults, the elements can be completely regenerated by simple wet cleaning.
Even in damp weather, the highly hygroscopic dust can be reliably cleaned, thus enabling a constant and low differential pressure.
The very smooth and even membrane surface allows for very good washability when changing colours. This means that the set-up time for the system can be kept very short.

In collaboration with an OEM, a special design was developed that enables a very low differential pressure over a long service life.

The smooth and even membrane surface ensures that even the partially moist dust is almost completely cleaned off, enabling the system to operate without any problems and to comply with the required emission values.